Advanced Wireless
The Noyce School of Applied Computing continues to evaluate strategic opportunities for experiential learning and industry engagement. To enhance those efforts, we have temporarily discontinued the Cybersecurity Institute and 5G Lab initiatives. This helps us reassess our priorities and align future experiential learning investments with emerging opportunities in applied computing and interdisciplinary innovation.
The work of faculty, staff, students and partners in these initiatives is invaluable in shaping important conversations about the future of applied computing at Cal Poly.
Our partnership between DxHub and AWS remains a strong priority and will continue moving forward.
Noyce remains deeply committed to expanding hands-on, Learn by Doing experiences that prepare students to lead in rapidly evolving fields. Additional updates regarding future initiatives and opportunities will be shared as planning continues.
The Noyce School’s 5G Innovation Lab is leading the way in private and neutral host networking, transforming how universities, private companies, municipalities, and agriculture, connect, collaborate, and create. Born from Cal Poly’s “Learn by Doing” philosophy the lab is developing innovative approaches around private and neutral host networking to not just build a better educational network, but develop the workforce needed for the digital future.
Connected Learning
Leveraging private 5G and LTE networks built on CBRS shared spectrum, edge computing, and cloud infrastructure, the lab is deploying real-world wireless solutions to solve pressing challenges in education, agriculture, energy, construction, and more — both on campus and in remote learning environments like Poly Canyon and Swanton Pacific Ranch.
Inclusive Infrastructure
Whether supporting a Digital Twin of the campus, enabling autonomous farming, or making 5G accessible to students on their personal phones through neutral host technology, the lab is making connectivity more intelligent, secure, inclusive, and scalable than ever before.
Purpose-Built 5G
- Private, Not Just Public: Our 5G network is university-owned and designed for educational use cases — not just consumer traffic.
- Built with Purpose: Every deployment serves a research mission, learning environment, or underserved location.
- Open to Everyone: Through neutral host integration, students connect with their own carriers — no campus SIM required.
- Field-Tested, Real-World Ready: From drone-enabled data capture at Swanton Ranch to hands-on prototyping in the Frost Center, the network is a living laboratory.
Challenges
Cal Poly’s 5G Innovation Lab turns cutting-edge connectivity into hands-on learning, empowering students, faculty, and industry partners to rapidly prototype real-world solutions and lead the future of advanced wireless innovation.
Impact on Learn by Doing and Beyond
Cal Poly’s vision is to become a fully connected university — where every facility, outdoor zone, and remote site is part of a seamless, intelligent network. Our long-term strategy includes:
Reducing reliance on legacy Wi-Fi infrastructure
Deploying intelligent handover networks in new buildings
Offering affordable student mobile data plans
Sharing the model with other CSU campuses and public institutions
Vision: A 5G Campus
At Cal Poly, students don’t just study next-generation technology — they help build it. The 5G Innovation Lab is a living, breathing extension of our “Learn by Doing” philosophy, giving students and faculty across disciplines the opportunity to work directly with real-world wireless infrastructure, solve complex problems, and collaborate with industry leaders.
Higher Education
Cal Poly students consume 20 times more data today than when the Cal Poly Wi-Fi network was originally built. The Cal Poly private 5G network will deliver seamless connectivity and streamlined operations throughout campus, inside and out, that meets the demands of a growing campus community.
Construction
Enhanced wireless connectivity allows for machine-to-machine communication for operational efficiency and maintenance prediction in construction equipment and building systems, like HVAC, lighting, and utilities. It also transforms traditional blueprint design into a three-dimensional process.
Agriculture
5G provides the connectivity needed to make smart farming a reality, previously impossible in rural areas. It opens the door to autonomous guided, smart soil management systems, crop health monitoring, and seasonal analytics.
Energy
Along with improved remote monitoring and analytics of wind turbines and natural gas pipelines, private wireless connectivity enables enhanced worker safety with live-streaming through body-worn cameras, man-down alarms, and push-to-talk technology.
Benefits of 5G
| Benefits | Key Advantages |
|---|---|
|
Connectivity |
100× faster speeds, 10× lower latency |
|
Security |
Encrypted, private network perimeter |
|
Independence |
Flexible operations without carrier dependence |
|
Capacity |
100× system capacity |
|
Sustainability |
Lower carbon footprint; 20% climate impact |
|
Inclusivity |
Broader access to advanced technology |
|
Efficiency |
Lower cost and streamlined operations |
SUPPORT
This work is only made possible because of the support of our generous partners and friends. Support enables students and faculty to design and deploy innovative solutions across multiple connectivity variants, including fiber, Wi-Fi, and all bands and delivery networks associated with 5G. Contributions also help expand Cal Poly’s private wireless network, strengthening campus-wide connectivity and real-world experimentation.
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